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【所属分类】:自然科学--物理学
【标题】:介质波的波动性和粒子性及量子化特征
【作者】:彭家驱
【摘要】:本文依据波动理论的研究过程采用类比的方法,借鉴成熟可靠的机械波运动规律,去类比声波的运动规律;再以成熟可靠的声波运动规律,去类比光波的运动规律。反过来,也依据普朗克研究黑体辐射过程能量的量子化特征,依据光波的量子化特征,去类比声波和机械波;得出:在微观(或局部)领域,声波和机械波同样也具有量子化的特征和粒子性。量子物理学与经典物理学并不矛盾。
【关键词】:介质波,物质波,粒子性,波粒二象性,量子化,量子物理学,乌云,经典物理学,狭义相对论,广义相对论,
【联系方式】:E-mail: pjq@xmu.edu.cn
【发布时间】:2017-03-15
【发表状态】:N未发表
【TITILE】:Fluctuation and Particle and Quantization of Dielectric Wave
【AUTHORS】:Jia-Qu Peng
【ABSTRACT】:According to the theory of Wave theory, the analogy method is adopted. Learn from the mature and reliable mechanical wave motion law, to analogy of the sound wave movement law; And then to mature and reliable sound wave movement law, to analogy of light wave motion law. In turn, it is also based on Planck's study of the blackbody radiation process energy quantization characteristics, According to the quantum characteristics of light waves, to analogy acoustic waves and mechanical waves; it is concluded that in the field of Microcosmic (or local), sound waves and mechanical waves also have the characteristics of quantum and particle. Quantum physics is not contradictory to classical physics.
【KEYWORDS】: Dielectric wave, material wave, particle, wave-particle duality, quantum, quantum physics, dark clouds, classical physics, special relativity, general relativity,
【ADDRESS】:E-mail: pjq@xmu.edu.cn
【全文文件】: 介质波的波动性和粒子性及量子化特征.docx



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